TechnicalWorldOfMe

Kennesaw State University     Department of Computer Science Operating Systems CS3530/01 Assignment # 8 / Dynamic Page Replacement Dalibor Labudovic 07/24/12013 Initial Problem Statement: Study of Performance with dynamic page replacement in Virtual Memory Management, using the Working Set algorithm. Observation of general behavior of a system with dynamic page replacement. Computation of some relevant performance metrics.   The simulation model for this assignment is implemented in C++ using Psim3 package: "wspgrep.cpp". This model uses the Working Set technique. Copy the source file from the system directory on CS3 (follow instructions on the Web), then compile, and link. Run the program at least three times. Write a report describing the characteristics of the page replacement technique modeled. Use the usual guidelines for structuring the report. Include at the end of the report your answers to t

Kennesaw State University     Department of Computer Science Operating Systems CS3530/01 Assignment # 7 / Virtual Memory Managment Dalibor Labudovic 07/24/12013 Initial Problem Statement: Study of static page replacement in Virtual Memory Management. Observation of general behavior of a system with page replacement. Computation of some   relevant performance metrics.   The simulation models for this assignment are implemented in the C++ programs: "fifopgrep.cpp", "lrupgrep.cpp", and "optpgrep.cpp". These models apply the FIFO, LRU, and Optimal techniques. Copy the source files from the system directory on CS3 (follow instructions on the Web), then compile, and link. Run the programs. Write a report describing the characteristics of the page replacement techniques modeled. Run the simulation models. Change the average and standard deviation for the normal distribution, and comp

Kennesaw State University     Department of Computer Science Operating Systems CS3530/01 Assignment # 6 / I/O Device Scheduling Techniques Dalibor Labudovic 07/20/12013 Initial Problem Statement: The simulation models are implemented in C++ and use Psim3. The models apply the disk scheduling algorithms for FCFS, SSTF, and SCAN. These models use the normal distribution for generating a queue of I/O requests. The C++ file implementations are:   dsfcfsn.cpp, dssstfn.cpp, and dscann.cpp. Structure your report according to the outline described in the syllabus. Respond to the general questions in the syllabus for assignments, and the following additional questions: Answer the following questions : 1. How would you modify the programs that implement the disk scheduling policies to reflect a disk with 30\% faster seek time, and 40\% faster transfer time. How does this affect the performance of the disk management? 3. How